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Generation of unconventional electronic dynamics on a new type of exotic material known as platinum ditelluride.
Research highlight
13/06/2024

Terahertz and Infrared Plasmon Polaritons in Topological Semimetal

img { max-width: 80%; height: auto; } Through the scientific synergy between the teams led by Stefano Lupi fro...

Quantum Research
Sketch of the integrated photonic device and possible selection of different input probe states.
Research highlight
07/04/2024

Variational quantum algorithm for experimental photonic multiparameter estimation

In a recent publication appeard on npj Quantum Information scientists from Sapienza University of Rome in a collaboratio...

Photon-based Quantum Research
SEM image of the T-type superconducting quantum network with 10 flux qubits.
Research highlight
25/03/2024

Demonstration of quantum networks of qubits with highly entangled quantum phases

CNR-SPIN (M. Lisitskiy) and CNR-ISASI (B. Ruggiero), have carried out a study of collective quantum dynamics of a superc...

Integration Quantum Research
Ultracold sodium atoms, prepared in a false vacuum state (blue), decay to the true vacuum (red) through the formation of bubbles".
Research highlight
12/03/2024

Bubbles of ultracold atoms to understand the quantum vacuum and the universe

Atom-based Quantum Research
a) Sample fabrication. A thick silicon on insulator (SOI) sample is implanted with carbon ions and recrystallized by annealing at high temperature. By optical lithography and chemical etching, membranes are formed and then SiN is deposited. b) Scanning electron micrograph (SEM) of SOI membranes before SiN deposition. c) SEM of a strained SOI membrane with SiN on top. d) Photoluminescence spectra from an ensemble of G-centers as a function of the membrane size.
Research highlight
29/02/2024

Strain Engineering of the Electronic States of Silicon-Based Quantum Emitters

In a recent publication appeared on Advanced Optical Materials, scientists from an European collaboration led by prof. F...

Photon-based Quantum Research
Left: ensemble of single photon emitters originating from moiré excitons formed by electrons and holes confined in different 2D crystals. Center: signature of moiré exciton delocalisation induced by temperature as deduced by the rate of exciton increase with potential population. Right: signature of moiré exciton delocalisation induced by temperature as deduced by the exciton magnetic moment.
Research highlight
20/02/2024

Moiré exciton localisation-to-delocalisation transition

The large interest of scientists for 2D crystals regards them not only as standing alone lattices, but also when combine...

Photon-based Quantum Research